Abschlussarbeit "entwicklung Eines Simulators Zur Bestimmung Abgestrahlter Noise Power Ratio Bei Phased Array Antennen" (d/m/w)
Tesat-Spacecom GmbH & Co. KG
Python programming
Phased array antenna technology
High frequency technology knowledge
The internship involves developing a simulator in Python to quantify Noise Power Ratio improvements in phased array antennas used in satellite constellations
Job Summary
The internship involves developing a simulator in Python to quantify Noise Power Ratio improvements in phased array antennas used in satellite constellations.
Candidates will receive mentoring from experienced staff and have the opportunity to contribute to the future of Tesat in the space industry.
Flexible working hours based on a 35-hour week and attractive compensation are offered along with a value-driven work environment.
Matching Summary
The internship involves developing a simulator in Python to quantify Noise Power Ratio improvements in phased array antennas used in satellite constellations.
Skills & Requirements
Must-have
Python programming
Phased array antenna technology
High frequency technology knowledge
Noise Power Ratio simulation
Object-oriented programming
Nice-to-have
Digital twin analysis
Flexible working hours
Insight into space industry
Key Requirements
Enrolled student in electrical engineering or related fields
Basic knowledge of electromagnetic waves and high frequency technology